Table 2: Diffusion coefficients of the model of $15~M_{\odot}$ with $v_{\rm ini}= 300$ km s^-1 when $X_{\rm c}= 0.571$ .
$M_r/M_\odot$ $N_\mu^2$ $N_{\rm T}^2$ $D_{\rm ang0}$ $D_{\rm chem0}$ $D_{\rm ang1}$ $D_{\rm chem1}$ $D_{\rm ang1P}$ $D_{\rm chem1P}$ $D_{\rm shear}$ $U_{\rm circ}$

6.5726 0.48E-06 0.73E-07 0.12E+13 0.17E+09 0.15E+14 0.68E+10 0.55E+14 0.49E+11 0.40E+04 -0.19E-03

$U_{\rm magn}$ -0.66E+01 -0.77E+02 -0.29E+03

11.0386 0.84E-09 0.26E-06 0.51E+19 0.31E+19 0.14E+14 0.15E+11 0.52E+14 0.10E+12 0.28E+07 -0.23E-04

$U_{\rm magn}$ -0.57E+08 -0.16E+03 -0.59E+03

14.9421 0.17E-12 0.17E-06 0.16E+26 0.24E+28 0.29E+15 0.19E+12 0.15E+14 0.23E+10 0.19E+09 0.13E-03

$U_{\rm magn}$ -0.23E+14 -0.42E+03 -0.23E+02

**Table 2:** Diffusion coefficients of the model of $15~M_{\odot}$ with $v_{\rm ini}= 300$ km s^-1 when $X_{\rm c}= 0.571$ .
$M_r/M_\odot$	$N_\mu^2$	$N_{\rm T}^2$	$D_{\rm ang0}$	$D_{\rm chem0}$	$D_{\rm ang1}$	$D_{\rm chem1}$	$D_{\rm ang1P}$	$D_{\rm chem1P}$	$D_{\rm shear}$	$U_{\rm circ}$
6.5726	0.48E-06	0.73E-07	0.12E+13	0.17E+09	0.15E+14	0.68E+10	0.55E+14	0.49E+11	0.40E+04	-0.19E-03
$U_{\rm magn}$				-0.66E+01		-0.77E+02		-0.29E+03
11.0386	0.84E-09	0.26E-06	0.51E+19	0.31E+19	0.14E+14	0.15E+11	0.52E+14	0.10E+12	0.28E+07	-0.23E-04
$U_{\rm magn}$				-0.57E+08		-0.16E+03		-0.59E+03
14.9421	0.17E-12	0.17E-06	0.16E+26	0.24E+28	0.29E+15	0.19E+12	0.15E+14	0.23E+10	0.19E+09	0.13E-03
$U_{\rm magn}$				-0.23E+14			-0.42E+03	-0.23E+02

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